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Steve,

don't stress about getting it perfect... it won't be. your design needs to have the ability to adjust/tram/shim areas of the machine/linear guides/table to get to an acceptable tolerance. ...

no need to have external fill/drain pipes, just place vertically in the reservoir, weld at top and gap at bottom... save on pipe and they won't get damaged by your forklift

here is some good info to review: http://www.esabservice.com/cutting/en/process/upload/Oxy-Fuel-Cutting-Quality.pdf

glad to hear it worked out... jpg

when you create your 2D drawing, be sure to insert your parts 1 = 1, even if they don't fit on a page... they will be exported. Also, may I suggest exporting as a R12 DXF file... yes your vendor may...

your intermediate 30 tooth gear is just an idler gear as you have it... you need another smaller gear on a common shaft as the 30 tooth gear for reduction
if you are looking for more reduction then...

no need for software if you are just talking about a few thicknesses... have the shop bend up some sample pieces of know flat size and make a chart of the final bent dimensions...
should be a lot...

Rhino3D -> draw it -> measure length = done

Free download, limited saves

which plasma unit did you get with your sidekick table?

Not free... (well trial with 25 saves is free) but look at Rhino3D... no direct tool for "pipe templates" but will un-roll a trimmed developable surface. Have made hundreds of pipe templates with...

What test have been done on the Power and Ground at your facility?

The bottom channel does not have enough strength when bending against the flanges as shown... I would make the bottom similar to the top and place a base plate across the two channels and add two...

a second printer port...

the I & J define the center of the arc... Just keep in mind that the I & J could be relative or absolute depending on your controller... They are not controlled by G90 or G91... so find out what your...

looking at your code... it looks to be absolute X & Y with I & J incremental...
That means that the X & Y are the end of the arc relative to your origin and the I & J are the center of the current...

Cartierusm,
in post #19, it looks like you have your sizes backwords... "if the pulley on the 4th axis is 2.865" that would mean the pulley on the idler going to the 4th axis would have to be over...

For AMC controls follow this link http://www.burny.com/amc3.html

1. kit is too small for 2m x 3m table,

2. basic air plasma not made to cut under water. but can have water just below material.

do a search for rigging companies on your area... you may have to line-up a trucking company for the transit...

abrasive disk in circular saw... clamp on guide and go.

Why not contact Mosler with the serial number may have to provide some, proof of ownership... they may be able to get you more info on the lock. ie 3number or 4 number or 5 number etc...

once you...

PM me I can help.

James

The I & J coordinates can be either absolute or incremental... check your post-processor settings... check EMC's settings.

I don't use EMC so I can't tell you what it is looking for or if there...

Check these guys out... http://vernontool.com/ pipe cutters are their business.

Just a thought... you said this motor is running a hydraulic pump... some hydraulic pumps do not like to be run in reverse... so be sure of your rotation.

Go to File-Export and see the Files of type: WMF & EPS should be listed

you can Hatch using a solid fill or hatch with a pattern at a very small scale to look filled

Just a few thing to keep in mind:
1. Driver... be sure you can get the drivers for ACAD or which ever software you want to use it with
2. No metal objects on digitizer... digitizer uses magnetic...

Check out Torchmate web site.

It's in the help file in v3.0.
The basics are, unroll cylinder
draw curves on flattened piece
applycrv - select curves - select cylinder